CITIZENSHIP:U.S.A.

To provide advanced systems
design, management and software service support to
either government or commercial agencies. Additional
objectives include completion of a master's degree in
computer science and the acquisition of additional
skills both on the job and in the community.

I am primarily interested in
expanding my knowledge of the principles, practices, and
techniques of computer programming and systems analysis
and design, and all phases of software development and
project management. To this objective I strive to:

Lead project teams and in
organizing, directing and motivating staff to meet
project goals and objectives.

Supports OTC senior management in the development and
implementation of Geometric Pairing principles supporting Army and
cross-services training and testing systems.

Software architect and
development lead for the United States Army (USA) Operational Test
Command (OTC) Common Data Link (CDL) software system as well as
technical lead for the development of the White Sands Missile Range
(WSMR) Simple Translation Acquisition and Routing System (STARS).

Senior Engineer responsible for the design, development and testing of the
Common Data Link (CDL) Controller which allows
cross-service platforms to pair geometrically using
locally developed Target Selection, Weapon Flyout and
Weapons Effect algorithms.

I have specific
expertise in weapon systems performance characteristics
and data reporting capabilities, as well as knowledge of
simulation community paradigms and modeling algorithms,
to design effective simulation models and software that
accurately replicate real world warfare requirements and
capabilities.

I
frequently provide detailed design requirements that
capitalize on the employment of current hardware and
software technology to accomplish objectives for new
instrumentation systems design and the enhancement of
existing systems.

I
direct and coordinate the activities of other hardware
and software engineers (primarily software) in the
design and modification of the simulation systems, with
emphasis on the requirements, specification, testing,
and acceptance phases.

I
provide guidance in the development of training
requirements for system operators, maintenance
personnel, and test participants.

I
prepare test plans, conduct and validate instrumentation
system testing at all levels to include final system
integration testing.

I
develop technical documents and reports on all aspects
of system design and functional capability as required
for system proponent and associated external agencies.

I
monitor system performance and evolving technologies to
develop methods for providing design improvements and
support for newly developed weapon systems and warfare
doctrines.

I
stay abreast of new software design/development tools
and technologies in order to deliver state-of-the-art
software solutions.

Co-developed the US Army LAN data,
HSLT LAN data collection platform. This COTS
hardware and RTKernal-based system allows
EPG to collect 802.3 process direct support of the
USMTF and VMF messages real-time, and
pass summarized data to the TCC over a telemetry
link. The HSLT was used in
ATCCS and Task Force XXI exercises.

Project Leader for the DAUVS
Tactical Appliqué Surrogate and Message Stimulator. This Unix-based system was
used extensively throughout Tactical Internet Demonstration (TI) for
Task Force XXI.

Project Leader for the Unix-based routers
TMS Tactical Internet Control Device. The TMS
used SNMP to control and configure Internet
Controller (INC) for the TI.

Designed and delivered The TCC
, ATCCSNHS.
This system is currently used by EPG as a tool
in determining the health of the MSE Network for
the harvesting ATCCS instrumentation and as an
aid in the setup and maintenance of instrumentation used in monitoring the
BFACS.

Designed and delivered the asset circuit
ILMS Unix-based MSE Node Center
Monitoring Device. This system summarized and transmitted real-time
MSE and packet switch status to the TCC .

Project Leader for the PC-TISULP/LLP) Intel
80960 based ISA UCM
rapid prototype. This system was designed to replace the aging VAX-based
MicroTest Item Stimulators (Micro-TIS).

Designed developed and implemented
the Mobile Automated Instrumentation Suite (MAIS) External
Device Controller (EDC) This Windows NT-based broadband
application is responsible for the command and control of
instrumented data collection devices associated with the MAIS
Player Units.

Designed
and developed the MAIS-FireWire® Interface Box (MFIB). This M1A2
& M2A3-based Windows 2000 system is responsible for monitoring
the MIL-STD-1553B bus, Discreet I/O, recording data and
triggering the Digital Video Event Recorders (DVER)s.

Initiated
and completed a project in Ft. Bliss, TX that enabled the
cooperation of OTC (Ft. Hood) and Air Defense Artillery Test
Directorate (ADATD). I developed a system that allowed seamless
interaction between the OTC MAIS system and the ADATD
instrumentation system.

Developed
an integrated software solution to retrieve and normalize
pointing vector data from the Smith Industries North Finding
Module (NFM) using an RS-422 interface over PC-104. This system
will be used by the ADATD to retrofit 2nd generation Boeing
Avengers with accurate attitude sensors.

Developed
an application for the ADATD that processes received RTCM-104
Differential GPS Correction messages and produces an ARDS
Message 2 (DGPS). This application will be used in Roving Sands
'03.

Developed
and enhanced the Common Data Link (CDL) Controller which allows cross-service platforms to
pair geometrically using locally developed Target Selection,
Weapon Flyout and Weapons Effect algorithms. The CDL application
now consists of over 600,000 lines of code and provides all of
the required DIS, TENA and HLA translation, Real-time Casualty
Assessment (RTCA) and Terrain Database functions to pair Army,
Navy and Air Force native instrumentation systems. The CDL
package is currently TENA compliant to the JNTC (JRF/RS’05)
Joint Object Model (JOM), HLA-compliant to the MATREX FOM 3.0,
and supports DIS versions through version 6.0.

White Papers:

Developed a white paper for JNTC
proposing a demonstration of a Real-time Casualty Assessment RTCA
capability as a collaborative effort between JFCOM, the US Army One-TESS
(One Tactical Engagement Simulation System) project together with
the US Army Operational Test Command. Specific goals include the
demonstration of both live and virtual air-to-ground, ground-to-air
and ground-to-ground geometric pairing real-time casualty assessment
using peer-to-peer (distributed), centralized and semi-centralized
techniques with specific interest place upon development of
techniques designed to augment the CAS (Close Air Support) mission.

Developed a
Statement of Work on behalf of the White Sands Missile Range (WSMR)
allowing our support with the enhancement of the BestFOM
application. Enhancements are envisioned to allow WSMR technicians
the ability to filter specific data by participant (Receiver) ID and
allow the operator to reroute data (raw and correlated) based on
Mission ID to designated UDP ports.

Developed a
white paper detailing the Modification of the Common Data Link (CDL)
and Operational Test - Tactical Engagement System (OT-TES) in
preparation for Joint National Training Capability (JNTC) Tier 1
level compliance.

Developed a
concept document for the Concept Paper for the Multi-Purpose
Instrumentation System and Monitoring Network (Playas MPIS). This
paper is a design master plan proposal for the integration of the
Playas, NM physical site instrumentation communications
infrastructure.

Developed a
White Paper outlining the Joint TENA Automated Player Id System (JTAPS).
This system allows platform publishers to publish only the locally
relevant player id information while JTAPS provides the globally
relevant identifications. The mapping between local and global
identification is done automatically by JTAPS during object
discovery. TENA Publishers remain unaware of and don’t need to
maintain a local version of the master playerlist.

Co-developed
a position paper with the Naval Air Warfare Center (NAWCD) outlining
an architecture and methodological implementation for Joint
Real-time Casualty Assessment using TENA at the National Training
Center (NTC) Ft. Irwin, CA. This project was envisioned to be a
collaborative effort between the NTC, PEOSTRI and the US Army
Operational Test Command (OTC) for evaluation and demonstration of
new Geometric Pairing technology designed to provide the
interoperability required for real time casualty assessment within
the Joint Forces testing and training environments.

Developed a
Statement of Work on behalf of the White Sands Missile Range (WSMR)
allowing our support with development of a TENA interface to the
KABIC track output. The TENA interface will be a separated program
that inputs the KABIC track data and uses current track object
models and publishes the data on the TENA network.

Developed a
Geometric Pairing using the Common Data Link (CDL) and the
Operational Test – Tactical Engagement System (OT-TES) system
description document.

Co-developed
the “JETA CONOPS and Test Requirements for Objective Joint Real-Time
Casualty Assessment using Geometric Pairing” briefing used to insert
the JRTCA JETA into the Joint Red Flag/Roving Sands exercise.

Developed
guidelines and documented issues concerning the JNTC TENA Interface
Acceptance Test. These guidelines will be used by the JNTC Live
Architecture group to evaluate application TENA interfaces used at
the Joint Red Flag/Roving Sands and future exercises.

Assisted with
development of Maintenance Requirements for New Player/Comm System.
These requirements serve to define Maintenance and debug capability
as an integral part of the design, not patched in at the last
minute. The requirements define “hooks” to validate the operational
functionality and performance of the design; as part of the design.

Assisted with
the revision and application of geometric pairing principles to the
MK-19 Operational Requirements Document (ORD). The Mark (MF) 19
tactical engagement simulator (TES) will be primarily used during
force-on-force (FOE) exercises as part of Joint National Training
Capability (JNTC) and at Combat Training Centers (CTC’s) and home
station from squad through brigade level. It will simulate the
firing and effects of the actual weapon system.

Travel and Test Support:

National Training Center (NTC) Ft.
Irwin, CA To participate in the Joint Forces Command (JFCOM) Event
Test 3 (ET-3) Thrust 1 Horizontal Interoperability exercise. JFCOM
conducted the Horizontal Interoperability exercise as a follow-on to
Event Test 2 (ET-2) and as a precursor to the Joint National
Training Capability (JNTC) Combined Joint Task Force Exercise (CJTFEX)
04-2. The Operational Test Command (OTC) under funding from PM-STRI
was asked to support the NTC Range Instrumentation office commanded
by LTC “Charlie” Jumper with a demonstration of Real-Time Casualty
Assessment (RTCA) using the Common Data Link (CDL). I was sent to
NTC to support the ET-3 exercise.

Suffolk, VA
to attend the Combined Joint Task Force Exercise (CJTFEX) 04-2 Final
Planning Conference. The Combined Joint Task Force Exercise (CJTFEX)
04-2 was held on the East Coast and was led by the Navy's 2nd Fleet,
will integrate forces from the Navy, Marine Corps, Army, Air Force,
and multinational partners.

Patuxent
River NAS, MD To participate in the Combined Joint Task Force
Exercise (CJTFEX) 04-2 ET-2. This exercise was a requisite precursor
for the Combined Joint Task Force Exercise (CJTFEX) 04-2 to be
conducted in June on the East Coast. This event, being led by the
Navy's 2nd Fleet, will integrate forces from the Navy, Marine Corps,
Army, Air Force, and multinational partners.

Orlando, FL
To participate in the JNTC LROM Coordination Meeting. I presented a
Joint Real-Time Casualty Assessment (JRTCA) briefing to the JNTC
LROM Working Group Meeting.

Ft. Bliss, TX
and McGregor Test Range, NM to participate in the ADATD Sentinel
ETRAC Facilities Exercise. Assisted the Air Defense Artillery Test
Directorate (ADATD) with a Facilities Exercise using the OT-TES
suite, ADATD instrumentation and the Combined Data Link (CDL)
demonstrating Geometric Pairing and RTCA. In addition, Karen Gamble
and I provided the test directorate with a Flight Path application
capable of tracking and scoring aircraft assigned to specific flight
profiles.

Patuxent
River NAS, MD and Suffolk, VA to participate in the Combined Joint
Task Force Exercise (CJTFEX) 04-2 ET-3. Continued to participate in
the Combined Joint Task Force Exercise (CJTFEX) 04-2 conducted in
June on the East Coast. This event, being led by the Navy's 2nd
Fleet, attempted to integrate forces from the Navy, Marine Corps,
Army, Air Force, and multinational partners.

Davis Monthan
AFB, AZ To participate in the RS'05/Joint Red Flag Air Planning and
Multi-TADIL Network Meeting. attended the RS'05/Joint Red Flag Air
Planning and Multi-TADIL Network Meeting called by James Long (FORSCOM).